Gunnar Grosch

Learn how to build scalable, autonomous AI workflows using the Agent-to-Agent (A2A) protocol and Model Context Protocol (MCP). This session demonstrates how to design specialized agents that dynamically discover each other's capabilities and collaborate on complex tasks across platforms and implementations.

Learn to build serverless full-stack applications from the ground up using Kiro CLI. This code-focused session is designed for builders new to AI coding assistants.

The integration of artificial intelligence into wearable technology represents the next frontier in personal assistance, offering new levels of convenience and functionality for end users. This session provides a detailed guide on how to develop and build solutions for wearable AI personal assistant devices.

As software delivery scales and environments become more diverse, maintaining consistency, security, and reliability in continuous integration and continuous delivery (CI/CD) becomes increasingly challenging. Never fear!

Multi-Region active/active architectures, when implemented properly, can offer the highest availability for your workloads. Multi-Region active/standby architectures give you a variety of options to meet your recovery time and recovery point objectives for business continuity.

Companies building production applications in the cloud are looking to build and operate their applications following best practices. Established practices are useful throughout the software development lifecycle and help show if the application is well architected.

Well-architected applications are designed and built to be secure, high performing, and resilient. You need to test your application to validate that it operates as designed and is resilient to failures.

Maintaining velocity with backend and front-end teams working on the same application can be difficult. Each team often uses their own tools and methodology, making it harder to deliver high-quality full-stack applications in production.

Immutable infrastructure is a model in which no updates, security patches, or configuration changes happen “in place” on production systems. If any change is needed, a new version of the architecture is built and deployed.

Well-architected applications are designed and built to be secure, high-performing, and resilient. You need to test each application to validate that it operates as designed and is resilient to failures.

The principles of chaos engineering have been battle-tested for years using traditional infrastructure and containerized microservices. But how do they work with serverless functions and managed services?